Efficient SEM–EDS Analytical Workflows
Integrated EssenceTM EDS Provide imaging and EDS in one window, enabling fast collection of spectra and maps Directly correlated to SEM image
Tescan MIRA SEM delivers high-resolution imaging and microanalysis with FEG source, and optional Essence™ EDS for fast transitions between imaging and analytical conditions.
Efficient SEM–EDS Analytical Workflows
Integrated EssenceTM EDS Provide imaging and EDS in one window, enabling fast collection of spectra and maps Directly correlated to SEM image
Intuitive Sample Navigation
WideField mode offers a live SEM overview at 2× magnification to move smoothly across large, tilted, or irregular samples.
Flexible Low-Vacuum Operation
Use SingleVac™ for quick charge reduction or MultiVac with gaseous SE detector combined with water vapours to capture detailed topography on uncoated, beam-sensitive, or outgassing samples.
Enhanced Imaging with In-Column Detectors
Deliver high-resolution SE and BSE imaging for delicate samples with in-column SE and BSE detector and Beam Deceleration Technology.
Modular Platform for Evolving Needs
Adapt to research or industrial workflows with wide detector choice, big chamber, VisualCoder workflow automationand open SEM Expert PI scripting interface.
High Resolution SEM Imaging and Microanalysis for Diverse Material Analysis
Tescan MIRA enables detailed sub-micron analysis of metals, ceramics, polymers, and composites. Its stable FE source, flexible detectors, and unified SEM–EDS workflow support consistent, application-ready data across diverse research needs.
Fast, dependable SEM workflows for routine inspection tasks
Sub-micron inspection for device, interconnect, and wafer-level evaluation
MIRA helps semiconductor and electronics teams with examining device faults, structural irregularities, and various inspection tasks. Featuring a stable FEG source, navigation, and integrated analytical tools, it reveals fine geometries and subtle features. This supports reliable assessments throughout device workflows. It simplifies acquiring morphological and elemental data, making it an efficient solution for quality control, failure analysis, and research in microelectronics.
Unified Control for Imaging and Analysis
Tescan Essence™ offers a modular interface for MIRA, allowing users to manage imaging, navigation, and microanalysis within a single customizable layout. This adjustable design promotes efficient, consistent workflows for both routine and advanced SEM tasks.
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Tescan MIRA |
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Electron column
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High-brightness Schottky field emission source with Wide Field Optics™, Intermediate Lens™, and In-Flight Beam Tracing™ for stable imaging and analytical conditions
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Resolution
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Vacuum modes
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Standard SingleVac™ for charge-prone samples; optional MultiVac low vacuum mode (up to 700 Pa) with gaseous SE detector (GSD), Nitrogen and Water vapourfor imaging insulating, outgassing, and beam-sensitive materials
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Stage
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Motorized 5-axis Compucentric GM stage with extended travel for large or heavy specimens; X/Y travel 130 mm, Z range 100 mm, compucentric tilt from −70° to +90°, and full 360° continuous rotation. Supports specimens up to 180 mm diameter and 8000 g (full XYZ moves), or 1000 g during full XYZRT operation.
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Detectors
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Standard SE and BSE detectors; optional in-column SE and BSE detectors; Beam Deceleration Technology*; optional advanced BSE detectors, CL, Raman, and ONCam optical navigation camera
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Microanalysis
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Integrated Essence™ EDS for SEM–EDS correlation, elemental mapping, and point or area analysis within the unified SEM environment.
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Automation
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Recipe-based imaging workflows, automated beam optimization, and Essence™ 3D Collision Model for hardware-safe navigation and stage movements
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Imaging modes
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2× to 1,000,000× magnification range; Wide Field Optics™ for live SEM overview navigation; Depth mode for improved depth of focus for high resolution imaging; and BDT for improved low-kV performance
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Tescan MIRA | |
|
Electron column
|
High-brightness Schottky field emission source with Wide Field Optics™, Intermediate Lens™, and In-Flight Beam Tracing™ for stable imaging and analytical conditions
|
|
Resolution
|
|
|
Vacuum modes
|
Standard SingleVac™ for charge-prone samples; optional MultiVac low vacuum mode (up to 700 Pa) with gaseous SE detector (GSD), Nitrogen and Water vapourfor imaging insulating, outgassing, and beam-sensitive materials
|
|
Stage
|
Motorized 5-axis Compucentric GM stage with extended travel for large or heavy specimens; X/Y travel 130 mm, Z range 100 mm, compucentric tilt from −70° to +90°, and full 360° continuous rotation. Supports specimens up to 180 mm diameter and 8000 g (full XYZ moves), or 1000 g during full XYZRT operation.
|
|
Detectors
|
Standard SE and BSE detectors; optional in-column SE and BSE detectors; Beam Deceleration Technology*; optional advanced BSE detectors, CL, Raman, and ONCam optical navigation camera
|
|
Microanalysis
|
Integrated Essence™ EDS for SEM–EDS correlation, elemental mapping, and point or area analysis within the unified SEM environment.
|
|
Automation
|
Recipe-based imaging workflows, automated beam optimization, and Essence™ 3D Collision Model for hardware-safe navigation and stage movements
|
|
Imaging modes
|
2× to 1,000,000× magnification range; Wide Field Optics™ for live SEM overview navigation; Depth mode for improved depth of focus for high resolution imaging; and BDT for improved low-kV performance
|